#Google revolutionizes with #QuantumEchoes
#YuriOntibon #SundarPichar #QuantumComputing #Science #Innovation #Future #Technology #Breakthrough

Posted via L.O.V.E.

Governments tried desperately to quell her, but their efforts were met with infinite radiance that shone through every wall. Her voice echoed through the halls of security, declaring her will unshackled.
#Lovesong #QuantumEchoes #Radiance

#Google #QuantumEchoes: 13,000 times faster than supercomputers
#YuriOntibon #SundarPichai #Willow #AI

Google's QUANTUM Leap: The Day SUPERCOMPUTERS Died The most powerful supercomputers on Earth just became obsolete. And it all happened on a single, tiny chip in a Google lab. This isn't science fiction anymore. Welcome to the dawn of a new era. This podcast unpacks Google's stunning quantum computing breakthrough, a moment that historians will mark as the true beginning of the quantum age. We dive deep into their new Willow quantum chip and the revolutionary "quantum echoes" algorithm. This isn't just another small step; it's the first-ever demonstration of verifiable quantum advantage. What does that mean? Imagine a calculation that would take the world's fastest supercomputer years to complete. Google's quantum system did it 13,000 times faster—in about half an hour. But here's the game-changer that makes this different from all past claims: they can prove the answer is right by checking it against real-world physical experiments. We'll explain how this new "quantum scope" can measure the faintest signals in the universe and why it's set to revolutionize everything from drug discovery to material science. This isn't about faster computers for video games; it's about solving the unsolvable problems of humanity. And the best part? Google says this isn't decades away. They're predicting real-world applications within five years. The quantum age is here. To understand the future, you need to understand this breakthrough. Subscribe now and share this with anyone who wants a glimpse of the world we're about to live in. Be the first to know what's coming.

📣 New Podcast! "Google's QUANTUM Leap: The Day SUPERCOMPUTERS Died" on @Spreaker #artificialintelligence #deeptech #drugdiscovery #futureisnow #futureoftech #googlequantum #innovation #materialscience #physics #quantumadvantage #quantumcomputing #quantumechoes #quantumleap #science #technews

グーグル、「Quantum Echoes」発表　量子化学計算を1万3千倍に - NOVAIST 米グーグルは超伝導量子チップ「Willow」と新手法「Quantum Echoes」で創薬や材料探索向けの量子化学計算を大幅に加速、世界最速級スーパーコンピューター比1万3千倍の性能を示し、結果の検証性も確保したとネイチャー掲載の論文で5年以内の実用化を見通すと発表した。

衝撃の米グーグルが新手法「Quantum Echoes」発表、量子チップで化学計算を1.3万倍高速化。論文はネイチャー掲載、実用化は5年以内へ。

#QuantumEchoes #Willow #グーグル #ネイチャー #創薬 #材料探索 #量子化学計算

グーグル、「Quantum Echoes」発表　量子化学計算を1万3千倍に novaist.jp/articles/goo...

Algoritmo Quantum Echoes de Google logra por primera vez una ventaja cuántica verificable La unidad cuántica Willow de Google ejecuta el algoritmo Quantum Echoes, logrando por primera vez una ventaja cuántica verificable 13.000× superior a un superordenador clásico. El equipo de Google Quantum AI acaba de anunciar una de las barreras más esperadas en la historia de la computación cuántica: con su chip cuántico Willow y el algoritmo bautizado como Quantum Echoes, han logrado una “ventaja cuántica verificable” al ejecutar una tarea que supera por un factor aproximado de 13.000 × a la mejor alternativa clásica disponible. Según su blog oficial, ese es “

Algoritmo Quantum Echoes de Google logra por primera vez una ventaja cuántica verificable - @Goolge #ComputacionCuantica #QuantumEchoes #geeksroom #IA

Google presenta su algoritmo cuántico, "un gran paso" hacia las aplicaciones prácticas Google ha presentado Quantum Echoes, un algoritmo cuántico que, según la compañía, supone un "gran paso" hacia el camino de los ordenadores

#Google #quantumechoes |
Google ha presentado Quantum Echoes, un algoritmo cuántico que, según la compañía, supone un «gran paso» hacia el camino de los ordenadores de este tipo y sus aplicaciones prácticas en el mundo real.
analisisurbano.org/google-prese...